Assembly

Cobots excel in precise assembly tasks, providing a multi-fold increase in efficiency compared to manual labor. Equipped with versatile plug-and-play gripper modules, they can handle delicate assembly tasks in various industries, including electronics and appliances. Cobots are highly adaptable to flexible production environments, offering easy deployment, operation, and efficient layout changes.

Challenges in the Assembly Process

• Component Supply Chain Management

  Timely and accurate component supply is crucial in assembly to avoid production stagnation or delays caused by supply chain issues.

• Process Design and Tooling Development

  Process design and tooling development are essential for meeting different product assembly requirements, considering factors like assembly sequence, process flow, tooling design, and utilization within the assembly process.

• Quality Control

  Maintaining high-quality components is vital as it can directly impact the overall product quality, highlighting the importance of implementing effective quality control measures and inspection procedures throughout the assembly process.

• Change and Customization Demands

  As market demands shift and customization becomes more prevalent, assembly and manufacturing processes must adapt to meet the evolving requirements of diverse and personalized products.

DUCO Automated Assembly Solution

Medical Tubing Assembly, manually inserting one tube takes 10 seconds, and the production yield is low. By using the DUCO cobot, it only takes 3 seconds to complete, while significantly improving the production yield.

Securing without being uncontrollable

Assembly work demands specific skills, and it is crucial for new employees to receive training in order to enhance their productivity. DUCO plays a pivotal role in ensuring that the factory maintains control over capacity during periods of high production, thereby mitigating the risk of personnel uncertainties leading to uncontrollable situations.

Effortless and Convenient Usage

Collaborative robots, provide exceptional convenience and versatility in programming. They boast effortless learning and operation, enabling users to program them through intuitive drag-and-teach interfaces or user-friendly graphical interfaces. In contrast to traditional fixed automation devices, cobots excel in swift deployment and seamless transitioning between production lines. Rather than necessitating the rewriting of custom programs, cobot behaviors can be easily adjusted using modular software. This adaptability renders cobots exceedingly suitable for small batch flexible production scenarios.